Reagents
This R&D Systems product category includes over 26,000 items spanning primary, secondary, and isotype varieties across more than 25 species.
What are antibodies?
This automated immunoassay platform runs fully self‑contained cartridges and produces up to 128 results in under 90 minutes.
What is the Ella™ Simple Plex™ platform?
This scientific discipline investigates how diverse cell types—such as neurons, astrocytes, oligodendrocytes, and microglia—interact to drive signaling, cognition, and behavior across the central and peripheral nervous systems.
What is neuroscience?
This emerging therapeutic strategy harnesses the cell’s own proteasome machinery to eliminate disease‑causing proteins rather than simply inhibiting them.
What is targeted protein degradation?
This multi‑stage journey—from target identification and preclinical testing to clinical trials and regulatory approval—determines whether a new therapy is safe and effective for patients.
What is the Drug Development Process?
R&D Systems introduced the first commercial product in this product line in 1985 and now offers over 5,000 products in this reagent category.
What are recombinant proteins?
This Simple Western feature allows detection of two immunoassays in one capillary, doubling the data output per sample.
What is RePlex™?
This field focuses on how T cells, B cells, and macrophages, detect and respond to pathogens.
What is immunology?
This protein‑detection technique separates proteins by size before transferring them to a membrane for target‑specific probing.
What is western blot?
This sequence of steps—from sourcing pluripotent cells to differentiation, expansion, and downstream analysis—guides scientists in creating specialized cell types for research and therapeutic development.
What is the stem cell workflow?
These reagents include agonists, antagonists, enzyme modulators, fluorescent dyes, and tools for targeted protein degradation.
What are small molecules?
This system provides multiplexing of up to 500 analytes, runs 96‑well plates in under 20 minutes, and integrates easily with high‑throughput automation.
What is the FLEXMAP 3D® system?
This major area of cell biology investigates how mutations disrupt normal cell signaling, drive uncontrolled proliferation, and alter the tumor microenvironment—all to uncover new targets for therapies and diagnostics.
What is cancer research?
This cutting‑edge approach uses miniature, self‑organizing cell structures or simulated biological environments to more accurately mimic human tissues for research and drug discovery.
What is 3D modeling or organoids?
Isolating cells, staining them, and setting up the fluorophore‑antibody panel before running the cells single‑file through a laser‑based instrument.
flow cytometry workflow
Known for its double‑Z probe design, this ISH product enables single‑molecule detection and has been cited in more than 10,000 peer‑reviewed publications.
What is RNAscope™?
With compatibility across Waters™ Empower® and Chromeleon™, this charge‑profiling instrument supports CE‑SDS, fractionation workflows, and up to 400‑injection cartridges.
What is the Maurice™ (and MauriceFlex™) platform?
By studying how viruses enter cells, hijack host machinery, replicate, and trigger immune responses, this field uncovers the molecular battles that drive infections and enable antiviral breakthroughs.
What is virology?
This technique uses fluorescent dyes or proteins to visualize and track specific molecules, structures, or cellular processes under specialized microscopes or instruments.
What is fluorescent imaging?
This multi‑stage process takes a therapeutic concept from engineered antibody to a manufacturable, clinic‑ready biologic.
What is the antibody drug production workflow?
Engineered for enhanced receptor affinity, solubility, and thermal stability, these reagents represent an advancement in regent design.
What are AI‑modified proteins?
This particle‑imaging platform detects subvisible particles such as protein aggregates, silicone oil droplets, and air bubbles while providing high‑resolution morphological detail.
What is MicroFlow Imaging (MFI™)?
By analyzing the complete DNA sequences within cells to uncover variations, regulatory elements, and disease‑driving mutations, this field provides a foundational blueprint for understanding how cells function and malfunction.
What is genomics?
This analytical technique separates molecules based on their charge‑to‑size ratio as they migrate through a narrow tube under an electric field, enabling highly precise characterization of proteins, nucleic acids, and other biomolecules.
What is capillary electrophoresis?
This step‑wise method begins with coating a plate with capture antibodies, followed by blocking, sample incubation, detection antibody binding, addition of an enzyme‑linked secondary, and finally a colorimetric readout to quantify target proteins.
What is the ELISA workflow?